The pressure's higher on everyone, but I didn't measure it. You can appreciate the noise from work. The differences are not significant, but they are. Most noticeable when changing from 1.5 to 6.3
WELL, I thought Russian gays are smart... But you are not... 1st: you said max air flow max Amp's will be used, slow airflow less Amp's will be used, rethink this sentence, (nothing restrict the air flow, motor push the air easy=less Amp's, restriction in air flow=more Amp's. Do the test again and measure the amps from battery, you will find out: the Amp's will increase with restriction of air flow). 2nd: Is nothing to do about internal resistance of the battery, you need to understand the hoover is demanding Amp's that's why the voltage is dropping. (If you want to prove the battery is old then you can use Internal resistance as a comparative factor). 3rd: 1Ah ..... 3Ah/4Ah/5Ah the real Ah will never match the Inscription on the battery, (I tested a lot of batteries). This is due to the BMS of battery which will allow the cells of battery to work in 4.14 V-2.8V spam, but the specifications of cells said 4.2V-2.5V. So, the real Ah is slightly low
1) clean filter = maximum current, dirty filter = current below When using a vacuum cleaner, the operating time will be slightly longer. 2) Lower internal resistance gives more voltage at the same load. I compare the operating time with the claimed for these batteries. Did you not like physics at school?
@@Ole325 1) clean filter = maximum current, dirty filter = current below Вот тут я задумался, всё-таки при чистом фильтре будет меньший ток, чем при грязном. Вроде как так работают все электродвигатели в зависимости от нагрузки.
